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Alternative Energy Sources and Greenhouse Gas Free Energy ProductionLaajuus (5 cr)

Code: 4_WUYI900

Credits

5 op

Teaching language

  • English

Learning objectives

This module introduces students to the full suite of alternative energy sources and advanced conversions methods and their recent development and future possibilities so that they are able to use best available greenhouse gas free energy production techniques in different sectors of energy industry.

Upon completion students:
- will have a profound understanding of alternative energy sources and their potential for energy production
- will identify the possibilities and development paths of advanced energy conversion technologies within combustion and hybrid energy production systems to minimize greenhouse gas emissions
- is able to analyze energy efficiency and feasibility of existing and new advanced energy conversion processes

Content

- alternative energy sources
- advanced energy conversion methods
- energy efficiency – BAT (Best Available Technologies)

Prerequisites

Basic knowledge of energy technology and thermodynamics

Materials

- chapter 5 in “Energy visions 2050”
- chapter 4 in “Energy visions 2050”
- Reference document on best available techniques for Energy efficiency, Feb 2009, EU Comission
- other sources

Qualifications

Basic knowledge of energy technology and thermodynamics

Timing

01.01.2024 - 31.05.2024

Credits

5 op

Virtual proportion (cr)

5 op

Mode of delivery

Distance learning

Teaching languages
  • English
Seats

5 - 40

Teachers
  • Energia3 Virtuaalinen

Teaching methods

Lectures: Alternative Energy Sources, Advanced Conversion Methods, Energy Efficiency
10 weekly exercises
Group work: Energy efficiency and Best Available Technology (BAT)
Grading: Weekly exercises and group work

Alternative implementation methods

Parts of the course is possible to study in own workplace

Student workload

Virtual classes in Zoom class room
1. session: Alternative energy sources 10 h
2. session: Advanced conversion methods 10 h
3. session: Energy efficiency 10 h
4. session: Group work presentations 2 h

105h of independent or group work
Altogether 135h of student work

Practical training and working life cooperation

Expert lectures

Qualifications

Basic knowledge of energy technology and thermodynamics

Materials

Course book: Energy Visions 2050 by VTT
Course material given in Moodle

Further information

This course is held completely on-line